Environment protection buckling press through-combining type antiseismic wall structure

Abstract

The invention belongs to an environmental protection buckled penetrating and assembling type antiseismic wall structure, which adopts a buckled penetrating and assembling type brick consisting of a brick top surface, a brick side surface and a brick bottom surface. Penetrating and assembling holes penetrating the brick top surface and the brick bottom surface are arranged on the buckled penetrating and assembling type brick, a groove is arranged on the brick top surface, and a clamping convex block inserted and fixed in the groove is arranged on the brick bottom surface; the lower end part of reinforced ribs are fixed and connected into an integrative structure with foundation reinforcement bars in the foundation, or directly fixed into a whole with the foundation, each reinforced rib spacing is arranged according to the spacing between the penetrating and assembling holes, the reinforced ribs penetrates and are assembled in each penetrating and assembling hole of the bricks, all the bricks are staggered and built to form the wall structure, and the reinforced ribs are caused to penetrate the penetrating and assembling holes and the penetrating and assembling holes with semicircular openings, at least one reinforced rib penetrates each brick, and the reinforced ribs are welded with each other and connected into a whole and integrated with the reinforcement bar on housetop, or integrated with a housetop support. The antiseismic wall structure leads the bricks to be compactly occlusive, penetrated and fixed into the integrative antiseismic wall structure, and the wall has the advantages of high strength and shockproof property, can effectively resist quake, simplify construction and save raw material, has simple installation and disassembly, and can be recycled after disassembly.

Description

technical field [0001] The invention belongs to an environment-friendly crimping and piercing anti-seismic wall structure. Background technique [0002] Traditional bricks are all made of concrete synthetic raw materials by adding cement, sand and other materials or fired with brick soil. Traditional bricks are flat on all sides, and are made of cement or mortar to form a wall. The bricks cannot be effectively snapped together. The wall made of this kind of brick is not earthquake-resistant or impact-resistant. Poor, especially not able to resist the wavy seismic waves caused by lateral shaking caused by earthquakes. On the other hand, after the wall made of such bricks is removed, the bricks cannot be reused, resulting in waste of resources, and the cost of traditional bricks is high, and the transportation of raw materials is troublesome. Statistical data shows that the casualties caused by wall collapse in earthquakes account for 99% of earthquake casualties. Therefore,...

AI Technical Summary

Problems solved by technology

Traditional bricks are flat on all sides, and are made of cement or mortar to form a wall. The bricks cannot be effectively snapped together. The wall made of this kind of brick is not earthquake-resistant or impact-resistant. Poor, especially not resistant to lateral shaking wavy seismic waves caused by earthquakes

On the other hand, after the wall made of this kind of brick is dismantled, the brick can no longer be reused, resulting in a waste of resources, and the traditional brick production cost is high, and the transportation of raw materials is troublesome.

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